Effects of atmospheric pressure and air concentration in the fluid on the motion of a rigid sphere along a wall (experiment)

Author:

Kozlov P. V.,Prokunin A. N.,Slavin R. V.

Publisher

Pleiades Publishing Ltd

Subject

Fluid Flow and Transfer Processes,General Physics and Astronomy,Mechanical Engineering

Reference14 articles.

1. A.N. Prokunin and O.V. Voinov, “On a Cavitation in Spherical-Particle Slow Motion in a Liquid along a Wall,” in USNCTAM 14, Blacksburg, 2002 (2002), p. 257.

2. A.N. Prokunin, “On a Paradox in the Motion of a Rigid Sphere along a Wall in a Fluid,” Fluid Dynamics 38(3), 443–457 (2003).

3. A.N. Prokunin, “Microcavitation in the Slow Motion of a Solid Spherical Particle along a Wall in a Fluid,” Fluid Dynamics 39(5), 771–778 (2004).

4. A.N. Prokunin, “Microcavitation and Detachment of a Stokes Particle in Near-Wall Slow Motion,” in Proc. ICTAM’ 04, Warsaw, Poland, 2004 (2004). Abstr. Book and CD-ROM.

5. J. Ashmore, C. del Pino, and T. Kullin, “Cavitation in a Lubrication Flow between a Moving Sphere and a Boundary,” Phys. Rev Lett. 94, 124501–124504 (2005).

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